CN109074127A

CN109074127A - Hinge with multiple predeterminated positions

Info

Publication number: CN109074127A
Application number: CN201780022338.9A
Authority: CN
Inventors: D·C·帕克
Original assignee: Microsoft Technology Licensing LLC
Current assignee: Microsoft Technology Licensing LLC
Priority date: 2016-04-05
Filing date: 2017-03-29
Publication date: 2018-12-21
Anticipated expiration: 2037-03-29
Also published as: WO2017176516A1; US20170284457A1; EP3440528A1; US10344797B2; CN109074127B; EP3440528B1

Abstract

Describe the hinge with multiple predeterminated positions.According to each embodiment, linkage allows support component to be adjustably attached to a certain device, such as calculating equipment.In at least some embodiments, linkage utilizes preset hinge position, these preset hinge positions enable support component to be placed on different predeterminated positions.For example, linkage is configured so that attached support component tends to "bite" in each predeterminated position.In at least some embodiments, linkage includes emergency escape position, which support component to rotate to cross normal operating position, without destroying support component.

Description

Hinge with multiple predeterminated positions

Background

Mobile computing device, which has been developed as to increase in mobile setting, to be become to the available function of user.For example, user Can be interacted with mobile phone, tablet computer or other mobile computing devices with check Email, surf the web, It writes text, interacted with application.

Since mobile computing device is configured as movably, the equipment is usually designed to be used with hand-held. Traditional mode that mobile device is adapted to other service conditions (such as on desk or in other surfaces) is intended to be stupid My and reduce mobile taste associated with mobile device.

It summarizes

This general introduction is provided so as to introduce in simplified form will be described in detail below in some concepts for further describing.It should General introduction is not intended to the key features or essential features for identifying theme claimed, is not intended to and is used to assist in determining wanted Seek the range of the theme of protection.

Describe the hinge with multiple predeterminated positions.According to each embodiment, linkage allows support component adjustable Ground is attached to a certain device, such as calculating equipment.In at least some embodiments, linkage utilizes preset hinge position, These preset hinge positions enable support component to be placed on different predeterminated positions.For example, linkage is configured At making attached support component tend to "bite" in each predeterminated position.In at least some embodiments, linkage includes Emergency escape position, the emergency escape position support component to rotate to cross normal operating position, without destroying branch Support component.

Brief description

It is described in conjunction with the accompanying specific embodiment.In the accompanying drawings, the leftmost number of appended drawing reference identifies the attached drawing mark Remember the attached drawing first appeared.Use identical appended drawing reference that can indicate in the different instances of the description and the appended drawings similar or identical Project.Represented each entity can indicate one or more entities and thus interchangeably make under discussion pair in attached drawing The reference of the singular or plural form of each entity.

Fig. 1 is the example implementation that can be used to using technology described herein according to one or more embodiments The diagram of environment.

Fig. 2 depict the input equipment of the display equipment of the coverage equipment according to one or more embodiments relative to Calculate the example orientation of equipment.

Fig. 3 is depicted takes the input equipment keyed in and oriented relative to calculating equipment according to one or more embodiments Example orientation.

Fig. 4 is depicted to be oriented according to the example of the calculating equipment with support component of one or more embodiments.

Fig. 5 is depicted to be oriented according to the example of the calculating equipment with support component of one or more embodiments.

Fig. 6 is depicted to be oriented according to the example of the calculating equipment with support component of one or more embodiments.

Fig. 7 a is depicted to be oriented according to the example of the calculating equipment with support component of one or more embodiments.

Fig. 7 b is depicted according to after the example of the calculating equipment with support component of one or more embodiments orientation View.

Fig. 8 a is depicted to be oriented according to the example of the calculating equipment with support component of one or more embodiments.

Fig. 8 b is depicted to be oriented according to the example of the calculating equipment with support component of one or more embodiments.

Fig. 9 depicts the example inner surface according to the support component of one or more embodiments.

Figure 10 depicts the example decomposition figure of the calculating equipment with support component according to one or more embodiments.

Figure 11 depicts each component of the example linkage according to one or more embodiments.

Figure 12 depicts the details of each section of the hinge mount according to one or more embodiments.

Figure 13 depicts the details of each section of the example support plate according to one or more embodiments.

Figure 14 depicts the details of each section of the hinge cam according to one or more embodiments.

Figure 15 depicts the details of the top surface of the cam follower according to one or more embodiments.

Figure 16 depicts the details of the bottom surface of the cam follower according to one or more embodiments.

Figure 17 depicts the illustrated section region according to the linkage of one or more embodiments.

Figure 18 depicts the calculating equipment with support component in the close position according to one or more embodiments.

Figure 19 depicts the calculating equipment with support component in the close position according to one or more embodiments.

Figure 20, which is depicted, has the support component in first preset opened position according to one or more embodiments Calculate equipment.

Figure 21, which is depicted, has the support component in first preset opened position according to one or more embodiments Calculate equipment.

Figure 22, which is depicted, has the support component in first preset opened position according to one or more embodiments Calculate the fragmentary rear elevation view of equipment.

Figure 23 depicts the diagonal line sectional view according to the hinge of one or more embodiments.

Figure 24, which is depicted, has the support component in first preset opened position according to one or more embodiments Calculate the fragmentary rear elevation view of equipment.

Figure 25, which is depicted, has the support component in second preset opened position according to one or more embodiments Calculate equipment.

Figure 26, which is depicted, has the support component in second preset opened position according to one or more embodiments Calculate equipment.

Figure 27 depicts the side view of the hinge in the second preset opened position according to one or more embodiments.

Figure 28 depicts the partial cross section of the hinge in the second preset opened position according to one or more embodiments Figure.

Figure 29, which is depicted, has the support component in second preset opened position according to one or more embodiments Calculate the fragmentary rear elevation view of equipment.

Figure 30, which is depicted, has the support component in third preset opened position according to one or more embodiments.

Figure 31, which is depicted, has the support component in third preset opened position according to one or more embodiments.

Figure 32 depicts the side view of the hinge in third preset opened position according to one or more embodiments.

Figure 33 depicts a part of the hinge in third preset opened position according to one or more embodiments Partial section view.

Figure 34 depicts the fragmentary rear elevation view of the calculating equipment according to one or more embodiments.

Figure 35 depicts the side view of the calculating equipment in the 4th preset opened position according to one or more embodiments Figure.

Figure 36 depicts the side view of the calculating equipment in emergency escape position according to one or more embodiments.

Figure 37 depicts the bottom view of the linkage in emergency escape position according to one or more embodiments.

Figure 38 depicts the bottom view of the linkage in emergency escape position according to one or more embodiments.

Figure 39 depicts any kind of calculating equipment that can be implemented as describing with reference to Fig. 1-38 and retouches herein to realize The example system of the various components of the example apparatus of each embodiment for the technology stated.

Detailed description

General view

Describe the hinge with multiple predeterminated positions.In at least some realizations, linkage allows support component can It is adjustably attached to a certain device, such as calculating equipment.For example, linkage can be used to support component (such as " bracket ") It is pivotally attached to mobile computing device.Support component can rotate to each position via linkage and be set with providing to calculating The standby support being differently directed.

In at least some embodiments, linkage uses preset hinge position, and support component is placed In different predeterminated positions.Moreover, linkage includes the rotation center outside the linkage.In this way, when being closed Support component can meet the profile for calculating equipment when in position, and maintain most when moving between different predeterminated positions Small outer profile.According to various realizations, linkage includes emergency escape position, which enables support component Normal operating position is crossed in rotation, without damaging support component or separating support component from associated equipment.

In at least some realizations, it is configured so that attached support component tends in the linkage that this is discussed It "bite" in each predeterminated position.In general, occlusion refers to the bullet for being for example directed to linkage by hinge spring and/or offer The movement for the linkage that the power that other components of power generate linkage inside is responded.In at least some realizations, It is engaged in and occurs when user discharges the support component (such as the power for being applied to support component independent of user).For example, The torsion that the mobile period of linkage applies removes so that linkage is not usually static at the position except predeterminated position It is non-to be remained there by user.In this way, the torsion in the work of mobile period of attached support component provides to user and refers to Show whether the support component is positioned in normal operating position, such as in the predetermined position of linkage, a kind of shape The touch feedback of formula.Each attribute and component of example linkage can be presented in detail as follows.

In the following discussion, the example context that technique described herein can be used is first described.Implementation discussed herein Example is not limited to the example context, and the example context is not limited to embodiment discussed herein.Then, according to one or more A embodiment describes example apparatus orientation and example support component.Hereafter, according to one or more embodiment discussion for branch Hold the attached example hinge of component.Finally, discussing the example system and equipment that each technology described herein can be achieved.

Example context

Fig. 1 is the diagram of the environment 100 in the example implementation that can be used for using technique described herein.Shown environment 100 Example including the calculating equipment 102 physically and communicatedly coupled with input equipment 104 via flexible hinge 106.Calculating is set Standby 102 can be configured in various ways.For example, calculating equipment 102 can be configured for mobile use, such as mobile phone, institute Show tablet computer, wearable device etc..

Despite each realization presented herein is discussed in the context of tablet device, it is to be understood that can be according to institute The equipment that the realization of statement uses various other types and shape factor.Therefore, the range for calculating equipment 102 can be big from having The wholly-owned source device of memory and processor resource is measured to the low resource device with finite memory and/or process resource.Under Text discusses the example implementation for calculating equipment 102 with reference to Figure 23.

In the example shown, input equipment 104 is configured to importation, which includes having The keyboard and track pad of QWERTY key arrangement, but also contemplate other key arrangements.In addition, other unconventional configurations are also contemplated, Such as game console, the configuration for imitating musical instrument.Therefore, the key that input equipment 104 and input equipment 104 are included can be adopted A variety of different functions are supported with a variety of different configurations.

Calculating equipment 102 further includes display 108 and support component 110.Display 108 is configured as calculating equipment 102 visual output function.Support component 110 is rotatable and/or pivotly attached by one or more examples of hinge 114 It is connected to the rear surface 112 for calculating equipment 102.For example, support component 110 can be pivoted to by hinge 114 relative to rear table The different angle in face 112 with support calculate equipment 102 different orientations.The enlarged side view of hinge 114 is presented herein, and And hinge 114 more attributes and realization will be described below.Consider that some examples for calculating equipment 102 orient now.

Example apparatus orientation and support component

According to each embodiment, a variety of different orientations for calculating equipment 102 are supported.For example, moving in rotation can be by bendable Bent hinge 106 supports, so that input equipment 104 against the display 108 for calculating equipment 102 and thereby can take on lid, such as in Fig. 2 Example orientation 200 shown in.Therefore, input equipment 104 can be used to protect the display 108 for calculating equipment 102 from damage.

It is arranged that can support to key in as shown in the example orientation 300 of Fig. 3.In the orientation, input equipment 104 leans on one Surface is laid flat, and calculates equipment 102 such as by using the branch being disposed in the rear surface 112 for calculating equipment 102 Support component 110 is disposed in the angle for permitting checking display 108.The support component is used as a kind of allowing to calculate The support component of a variety of different orientations of equipment 102.For example, it is contemplated that according to following each realities of the support component of each embodiment It is existing.

Fig. 4 describes a kind of orientation 400, and including the support component 110 in closed position.In closed position, branch Support component 110 forms a part for calculating the rear surface 112 of equipment 102, so that support component 110, which meets, calculates equipment 102 Surface profile.For example, when support component 110 is in the close position, support component 110 be integrated into calculate in equipment 102 and It is not prominent from the plane formed by rear surface 112.

Fig. 5, which depicts support component 110, can be rotated away from the rear surface 112 for calculating equipment 102 to position 500.For example, Support component 110 can be rotatably attached to calculate equipment 102 along closing line 502 by linkage.Such Link chain device The example of structure is discussed in more detail below.

In at least some realizations, position 500 corresponds to the predeterminated position of support component 110.For example, when user is to support When component 110 applies the pressure far from rear surface 112, support component 110 can be snapped to position 500.As detailed below, it is adopted For by support component 110 be attached to calculate equipment 102 linkage can using spring pressure and stop setting come for prop up Support component 110 provides each preset open position.In the example present, the rear surface and support of position 500 and calculating equipment 102 Angle 504 between component 110 is associated.For example, angle 504 can be in the range of from 45 degree (45 °) to 55 degree (55 °). Angle 504, for example, being about 48 °, +/- 3 °.However, any suitable angle and/or angular range can be used.

According to each realization, position 500 is with the front surface of 506 placement display 108 of angle relative to vertical line 508.It hangs down Straight line 508 is for example placed on the normal direction (that is, 90 °) on surface 510 thereon in calculating equipment 102 and support component 110.At this In particular example, angle 506 is about 24 °, +/- 3 °.Angle 506 is, for example, the half of angle 504.

As indicated, input equipment 104, which can be rotated away from, calculates equipment 102, while equipment 102 is calculated by support component 110 supports.Position 500, for example, display 108 is allowed to be watched and provided by input equipment 104 to calculating equipment 102 Input.Alternately or additionally, position 500 allows users to interact with the touch screen portion of display 108.

Fig. 6, which depicts support component 110, can be rotated away from the rear surface 112 for calculating equipment 102 to position 600.For example, Support component 110, which can be further rotated, crosses position 500 to position 600.

In at least some realizations, position 600 corresponds to another predeterminated position of support component 110.For example, when user to When the pressure of rear surface 112 (for example, crossing position 500) is left in the application of support component 110, support component 110 can be engaged carry Set 600.In the example present, the angle 602 between position 600 and the rear surface and support component 110 that calculate equipment 102 is related Connection.For example, angle 602 can be in the range of from 80 degree (80 °) to 85 degree (90 °).Angle 602, for example, be about 84 °, +/-4°.However, any suitable angle and/or angular range can be used.Moreover, closing line 502 is being rotated in place (such as width of closing line) can be maintained during 600.

Using the support component 110 in position 600, calculates equipment 102 and support a variety of different usage scenarios.For example, Consider following two exemplary scene.

Fig. 7 a depicts the calculating equipment in orientation 700 and with the support component 110 being positioned in position 600 102 side view.In position 700, calculates equipment and (such as determine above with reference to described in Fig. 3 compared to previously discussed orientation To 300) being leaned to.As indicated, orientation 700 is to support the angle of different usage scenarios more opened that display 108 is presented.Example Such as, orientation 700 is supported above-knee (such as during the travelling in the sky) of user using calculating equipment 102.It is various other to use field Scape obtains the support of orientation 700, such as that can have the high user at higher visual angle, on low surface (for example, coffee table) Use etc..

According to each realization, orientation 700 is with the front surface of 702 placement display 108 of angle relative to vertical line 704.It hangs down Straight line 704 is for example placed on the normal direction (that is, 90 °) on surface 706 thereon in calculating equipment 102 and support component 110.At this In particular example, angle 702 is about 42 °, +/- 5 °.Angle 702 is, for example, the half of angle 602.

When support component 110 is in position 600, calculating equipment 102 can also be by laterally rotation (for example, being rotated into vertical To checking position (portrait viewing position)) and supported via support component 302.For example, it is contemplated that such as Fig. 7 b Shown in orient 708.

Fig. 7 b is depicted at the rearview of the calculating equipment 102 of orientation 708, and there is shown with calculate equipment 102 to be rotated Position is checked at longitudinal, is such as oriented 90 degree (90 °) with what is explained in Fig. 1.In addition, support component 110 is positioned in position At 600, leans to and be supported on surface 710 by support component 110 backward so that calculating equipment 102.According to various realizations, will count Calculating equipment 102 and being placed in orientation 708 can make the view orientation of display 108 be rotated to longitudinal view.

In fig.7b, it calculates equipment 102 and is explained as not having input equipment 104.Therefore, at least some embodiments In, input equipment 104 can be separated with equipment 102 is calculated, so that calculating equipment 102 with the function independently of input equipment 104. For example, magnetic attachment mechanism can be used in flexible hinge 106, which remains to calculating for input equipment 104 via magnetic force and sets Standby 102.Therefore, user, which can hold, calculates equipment 102 and input equipment 104, and can be by overcoming the magnetic attraction between them The two is pulled open.

When separating with input equipment 104, calculating equipment 102 can provide various functions.For example, user can set via calculating Standby 102 check content, such as film and/or streaming medium content.In addition, user can interact with the touch screen function of display 108.

Therefore, support component 110 is placed at position 600 and user is aloowed to be positioned to transverse direction for equipment is calculated And/or portrait orientation, and checked with such orientation and calculate equipment and/or interacted with equipment is calculated.

Fig. 8 a, which depicts support component 110, can be rotated away from the rear surface 112 for calculating equipment 102 to position 800.Example Such as, support component 110, which can be further rotated, crosses position 600 to position 800.

In at least some realizations, position 800 corresponds to another predeterminated position of support component 110.For example, when user to When the pressure of rear surface 112 (for example, crossing position 600) is left in the application of support component 110, support component 110 can be engaged carry Set 800.In the example present, the angle 802 between position 800 and the rear surface and support component 110 that calculate equipment 102 is related Connection.For example, angle 802 can be in the range of from 113 degree (113 °) to 123 degree (123 °).Angle 602, for example, being about 118,+/-5°.However, any suitable angle and/or angular range can be used.

According to each realization, position 800 is with the front surface of 804 placement display 108 of angle relative to vertical line 806.It hangs down Straight line 806 is for example placed on the normal direction (that is, 90 °) on surface 808 thereon in calculating equipment 102 and support component 110.At this In particular example, angle 804 is about 59 °, +/- 5 °.Angle 804 is, for example, the half of angle 802.

Fig. 8 b, which depicts support component 110, can be rotated away from the rear surface 112 for calculating equipment 102 to position 810.Example Such as, support component 110, which can be further rotated, crosses position 800 to position 810.

In at least some realizations, position 810 corresponds to another predeterminated position of support component 110.For example, when user to When the pressure of rear surface 112 (for example, crossing position 800) is left in the application of support component 110, support component 110 can be engaged carry Set 810.In the example present, the angle 812 between position 800 and the rear surface and support component 110 that calculate equipment 102 is related Connection.For example, angle 812 can be in the range of from 145 degree (145 °) to 123 degree (155 °).Angle 812, for example, being about 150°,+/-5°.However, any suitable angle and/or angular range can be used.

Fig. 9 depicts the view of the inner surface 900 of the support component 110 according to one or more embodiments.Show at this In example, support component 110 is explained in the context of the profile for the rack for calculating equipment 102.Inner surface 900 includes hinge seat 902a, 902b are used as support component 110 to be attached to the settlement for calculating the linkage of equipment 102.Such hinge The example of chain mechanism is discussed below.

The hinge attached for component

According to each embodiment, a variety of different linkages can be used for attached various assemblies.The some examples of following discussion Linkage and hinge arrangement.

Figure 10 depicts the decomposing rearview 1000 of the rack and support component 110 that calculate equipment 102.Rearview 1000 In include hinge 1002a and 1002b, they, which can be used for for support component 110 being attached to, calculates equipment 102.Hinge 1002a, 1002b is configured to such as internally be mounted on via suitable attachment method and/or equipment and calculate in equipment 102.Hinge 1002a, 1002b, for example, the example for indicating the hinge 114 introduced with reference to Fig. 1.

As above by reference to Fig. 9 discussion, support component 110 can be attached to via hinge seat 902a, 902b hinge 1002a, The pivoting portions of 1002b.In this way, enabling support component 110 referring to calculating equipment to the attached of hinge 1002a, 1002b 102 pivot between the locations.

Figure 11 describes each component of the example hinge 1100 according to one or more embodiments.Hinge 1100, for example, indicating One realization of hinge 114 and/or hinge 1002a and 1002b as described above.However, the example is not intended to be limiting, And hinge 1100 is used as the linkage of various different component and in various different attached scene In be used.Any suitable material and/or combination of materials can be used to be formed in hinge 1100 and its various assemblies, such as gold Category, plastics, polymer, alloy etc..

The component of hinge 1100 includes the hinge mount 1102 that can wherein place each other components of hinge 1100.For example, Hinge mount 1102 can be arranged to equipment (such as calculate equipment 102) and/or in the equipment and be used as hinge 1100 its The support construction of his component.

It further comprise cam 1104, cam follower 1106, support plate 1108a and support plate 1108b.Such as herein not What place was described in detail, the interaction between cam 1104 and cam follower 1106 in hinge 1100 is attached in user's manipulation Specific response distribution is provided during the component (for example, support component 110) of hinge 1100.Moreover, support plate 1108a, 1108b provides cross-brace in each open position for hinge 1100, and hinge 1100 is allowed to be positioned in each opening In position.

Hinge 1100 further includes hinge spring 1110, when each component is placed its corresponding position in hinge mount 1102 When, hinge spring 1100 applies pressure to cam follower 1106.Component and function about hinge 1100 will be discussed now More details.

Figure 12 depicts the details of each section of hinge mount 1102.The view phase of the hinge mount 1102 presented in Figure 12 180 degree is had rotated for view shown in Figure 11.Hinge mount 1102 include hinge seat 1200a and 1200b, hinge mount 1102 and Thus hinge 1100 can be arranged to a certain device by hinge seat 1200a and 1200b.For example, hinge seat 1200a, 1200b table Show hole, by the hole, retention mechanism (such as screw or bolt) can be positioned and affixed in a certain device, such as be calculated Equipment 102.

Hinge mount 1102 further comprises the cam follower placement portion that cam follower 1106 can be arranged in it 1202.It is explained although being not known herein, cam follower placement portion 1202 is wrapped in the opposite inner face of hinge mount 1102 Similar part is included, the placement portion that cam follower 1106 is consequently formed can be attached to bracket in it.

Panel guide 1204a, 1204b indicate the convex portion on the inner surface of hinge mount 1102, are used to support plate 1108a, 1108b are arranged in hinge mount 1102.For example, panel guide 1204a, 1204b indicate the relatively interior table of hinge mount 1102 As the convex portion of mutual mirror image (for example, curved track) on face.In general, support plate 1108a, 1108b and plate Guide rail 1204a, 1204b are engaged so that support plate 1108a, 1108b to be maintained in hinge mount 1102.It is being attached to hinge 1100 Mobile period of the component between one or more open positions, panel guide 1204a, 1204b cause support plate 1108a, 1108b Moving in rotation relative to hinge mount 1102.As further explained herein, the moving in rotation of support plate 1108a, 1108b makes The component that must be attached can be positioned in each different location.

Hinge mount 1102 further comprises spring placement portion 1206, which indicates 1110 quilt of hinge spring The surface being placed on it.Enable hinge spring 1110 in general, hinge spring 1110 is placed in spring placement portion 1206 It is enough to apply pressure on cam follower 1106.Spring pressure on cam follower 1106 is held against cam follower Cam 1104, and thus cam 1104 is allowed to be maintained in various predeterminated positions.

Figure 13 describes the details of each section of support plate 1108a, 1108b.Inner support surface as support plate 1108a 1300 a part is cam tracks 1302 come what is explained.Although being not shown on this, support plate 1108b is equally on its inner surface Including corresponding cam tracks 1302.In general, cam tracks 1302, from corresponding support plate 1108a, each surface of 1108b is prominent It rises, and engages with cam 1104 cam 1104 is moveably attached to hinge 1100.In the component for being attached to cam 1104 Mobile period, cam tracks 1302 can be realized cam 1104 relative to support plate 1108a, 1108b and hinge mount 1102 Moving in rotation.As further explained herein, the moving in rotation of cam 1104 enables attached component to be placed on In each position.

The outer surface 1304 of support plate 1108b includes engaging with the panel guide 1204b of hinge mount introduced above 1102 Support channel 1306.For example, the size in support channel 1306 is that plate is led when support plate 1108b is placed in hinge mount 1102 Rail 1204b is fitted in support channel 1306.In mobile period of the support plate 1108b relative to hinge mount 1102, channel is supported 1306 slide relative to panel guide 1204b can be realized moving in rotation of the support plate 1108b relative to hinge mount 1102.Although It does not show that here, but the outer surface of support plate 1108a equally includes the phase engaged with the panel guide 1204a of hinge mount 1102 The board channel 1306 answered.The more features of support plate 1108 is discussed below.

Figure 14 illustrates the example details of cam 1104.Cam 1104 includes inner cam surface 1400 and outer cam surface 1402a,1402b.As indicated, inner cam surface 1400 is recessed along the interior section of cam 1104 in the channel.Inner cam surface 1400, for example, being positioned along the center longitudinal axis of cam 1104.

Outer cam surface 1402a, 1402b is positioned on the either side of inner cam surface 1400, and in inner cam surface It is prominent on 1400.According to each realization, outer cam surface 1402a, 1402b is mutual mirror image, and herein may be used Referred to as outer cam surface 1402.As described in detail further below, inner cam surface 1400 and outer cam surface 1402a, 1402b With particular surface profile, these particular surface profiles were engaged with cam follower 1106 in the mobile period of attached component Specific response distribution is provided.

Cam 1104 further comprises cam channel 1404 and component placement part 1406.Cam channel 1404 is formed, So that when the cam 1104 is placed in hinge mount 1102 relative to support plate 1108, cam channel 1404 and support plate 1108 cam tracks 1302 engage.Although being not shown herein, the opposite side of cam 1104 includes corresponding cam channel 1404.The size of the cam tracks 1302 of support plate 1108 is, for example, so that the cam tracks 1302 fit in cam channel 1404 It is interior.In mobile period of the cam 1104 relative to hinge mount 1102, cam channel 1404 relative to cam tracks 1302 slide with It can be realized moving in rotation of the cam 1104 relative to support plate 1108a, 1108b.

Can be used for disposing a component (for example, support component 110) one of the expression of component placement surface 1406 cam 1104 Part.For example, component placement surface 1406 includes engaging and/or interlocking with a component to stablize the component relative to cam 1104 Surface properties.Alternatively or cumulatively, component placement surface 1406 may include one or more holes, all by the hole As the fastening apparatus of screw or bolt etc can be placed so that hinge is fixed to component.

Figure 15 depicts the details of the top surface 1500 of cam follower 1106.Top surface 1500 includes driven member pivot Axis 1502 is formed with the engagement in the cam follower placement portion 1202 (introduced above) of hinge mount 1102.For example, driven Part pivot 1502 be formed as so that the driven member pivot the various components of hinge 1100 mobile period in cam follower It is slideably rotated in placement portion 1202.

The top surface 1500 of cam follower 1106 further comprises spring platform 1504, which is matched It is set to and is engaged with hinge spring 1110.For example, the spring tension from the hinge spring 1110 against spring platform 1504 will be convex Wheel driven member 1106 is held against cam 1104.The spring tension against cam follower 1106 causes at cam 1104 as a result, Provide cam 1104 at torque response reaction.As discussed in this article, the torque response is at least partly by cam Interaction between 1104 and the shape and its respective surfaces of cam follower 1106 causes.

For example, depending on the Angle Position and the direction of motion of cam 1104, the movement of cam 1104 can or be resisted (example Such as, fight) or driven.Interaction between the different elements of hinge 1100 provides attached component (for example, support group Part 110) " frankness " response.

Figure 16 depicts the details of the bottom surface 1600 of cam follower 1106.Bottom surface 1600 includes driven member pivot The low portion of axis 1502 and spring platform 1504, it is introduced above.

Bottom surface 1600 further comprises interior driven member surface 1602 and outer driven member surface 1604a, 1604b.For The purpose of discussion, outer driven member surface 1604a, 1604b can be referred to as outer driven member surface 1604.Interior driven member surface 1602 From bottom surface 1600 relative to outer driven member surface 1604a, 1604b protrusion.As being described in detail elsewhere herein, interior driven member table Face 1602 and each surface of outer driven member surface 1604a, 1604b and cam 1104 interact to provide to be directed to and be attached to hinge The given torque of 1100 component responds.

Figure 17 depicts the position of each vertical cross-section of hinge 1100, and description hinge will be used in subsequent drawings 1100 function and attribute.Including the first section 1700, the second section 1702 and third section 1704.In general, these sections are fixed The respective surfaces that justice passes through hinge 1100.The reference in the section different to these will be made in the following discussion.Further Illustrate hinge mount 1102, cam 1104, the bottom of the spring platform 1504 of support plate 1108a, 1108b and cam follower 1106 Portion part.

Figure 18 depicts the calculating equipment 102 with the support component 110 in position 1800.In at least some embodiments In, position 1800 corresponds to the closed position of support component 110, such as above with reference to the orientation 400 of Fig. 4 discussion.Further solution The cross-sectional side view 1802 for calculating equipment 102 is said, which is attached to hinge including in the close position The support component 110 of 1100 cam 1104.Sectional view 1802 is for example corresponding to the section 1704 explained above.It is cutd open in the part In the subsequent view presented in face Figure 180 2 and subsequent drawings, hinge 1100 is shown as with support component 110 and calculates Each section of the rear surface 112 of equipment 102, but the other parts without calculating equipment 102.

In sectional view 1802, cam 1104 is longitudinally splitted downwards along center, and thus cam 1104 is solved The section said illustrates the surface profile of inner cam surface 1400, such as introduced above.Cam follower 1106 is also by The heart is longitudinally splitted downwards, and thus the section of cam follower 1106 explained illustrates the table on interior driven member surface 1602 Facial contour.

In position 1800, cam follower 1106 is held against cam 1104 by the power applied by hinge spring 1110 On.In addition, the interaction between cam follower 1106 and cam 1104 is so that the movement of support component 110 is resisted.Example Such as, cam ring contact 1804 is pressed against on interior driven member surface 1602, and hinge spring 1110 resist cam follower 1106 from Moving in rotation on moving part pivot 1502.As a result, in the case where lacking the power that user applies to support component 110, from convex Support component 110 in the close position is held against calculating equipment by the pressure against cam 1104 of wheel driven member 1106 102。

Figure 19 depicts the calculating equipment 102 with the support component 110 in position 1800, such as introduced above.Into One step illustrates the cross-sectional side view 1902 for calculating equipment 102, which includes in the close position be attached to The support component 110 of the cam 1104 of hinge 1100.Sectional view 1902 is for example corresponding to the section 1702 explained above.

What is explained as the part of sectional view 1902 is outer driven member surface 1604 and the cam of cam follower 1106 1104 outer cam surface 1402.As indicated, outer driven member surface 1604 does not contact in position 1800 (such as closed position) Outer cam surface 1402.

Figure 20 describes the support component 110 in position 2000.In at least some embodiments, position 2000 corresponds to First preset opened position of support component 110, such as with reference to the position 500 of Fig. 5 explanation.Further illustrate calculating equipment 102 cross-sectional side view 2002, the calculating equipment 102 include the cam for being attached to hinge 1100 in the first open position 1104 support component 110.Sectional view 2002 is for example corresponding to the section 1704 explained in Figure 17.

According to each realization, movement of the support component 110 from position 1800 to position 2000 is initially by coming from interior driven member It is resisted against the pressure of cam ring contact 1804 on surface 1602.However, when cam ring contact 1804 movement travel in When driven member point 2004, the pressure against cam ring contact 1804 from interior driven member surface 1602 arrives the driving of cam 1104 Position 2000.For example, if user starts to open support component 110 from position 1800, but got in the traveling of interior cam contact 1804 Support component 110 is discharged before crossing interior driven member point 2004, then cam 1104 and thus occlusion is returned to and closed by support component 110 Coincidence is set in (for example, position 1800).

However, if user manipulates support component 110 and cam ring contact 1804 is made to travel over interior driven member point 2004, Then the driving of cam 1104 is arrived position 2000 (for example, first dozen by the pressure against cam 1104 from cam follower 1106 Open position).For example, if user discharges support component after interior cam contact 1804 travels over interior driven member point 2004 110, then cam 1104 (and support component 110 in turn) will snap into position 2000.

According to each realization, hinge 1100 has the rotation center 2006 external in hinge itself.For example, the center of rotation 2006 closing line 502 substantially between support component 110 and the fixed part for the rear surface 112 for calculating equipment 102 is overlapped. Moreover, at least some realizations, when hinge 1100 is relocated in various preset opened positions described herein, rotation The center 2006 turned is consistent (such as not changing).This makes support component 110 be able to maintain that consistent rotation distribution, and So that the width of closing line 502 maintains base during rotating among the different predeterminated positions that support component 110 discusses herein (for example, within +/- 0.050 millimeter) is consistent on this.

Figure 21 depicts the calculating equipment 102 with the support component 110 in position 2000, such as introduced above.Into one Step illustrates the cross-sectional side view 2100 for calculating equipment 102, which is attached to hinge including in an open position The support component 110 of the cam 1104 of chain 1100.Sectional view 2100 is for example corresponding to the section 1702 explained above.According to each reality It is existing, sectional view 2002 (more than) and sectional view 2100 illustrate the difference of the same position (for example, position 2000) of hinge 1100 Section.

The outer cam surface 1402 of cam 1104 and the outer driven member of cam follower 1106 are illustrated in sectional view 2100 Surface 1604.Further illustrate the outer cam surface engaged with the first driven member fastener 2104 on outer driven member surface 1604 The first cam fastener 2102 on 1402.In general, the first cam fastener 2102 and the first driven member fastener 2104 respectively indicate Surface characteristics in outer cam surface 1402 and outer driven member surface 1604.

According to each realization, the engagement of the first cam fastener 2102 and the first driven member fastener 2104 is so that support component 110 It can be remained permanently in position 2000.For example, the spring pressure from hinge spring 1110 keeps the first cam fastener 2102 Against the first driven member fastener 2104.In at least some realizations, do not applying to support component 110 directly and/or indirectly External force in the case where, the first cam fastener 2102 would not depart from the first driven member fastener 2104.

For example, hinge 1100 is constructed such that unless specified threshold power is applied in support component 110, otherwise hinge 1100 would not depart from position 2000.In at least some realizations, closed in one direction more than the threshold value against support component 110 Resultant force is closed support component, and to support more than the threshold value opening force against support component 110 in another direction Component 110 is further opened and crosses position 2000.

According to one or more realize, when hinge 1100 be in from closed position 1800 until open position 2000 it Between position in when, contact between cam 1104 and cam follower 1106 occurs in inner cam surface 1400 and interior driven member Between surface 1602.For example, for from 0 degree (such as position 1800) for the support component angular range of position 2000, Outer cam surface 1402 does not contact outer driven member surface 1604.

However, since position 2000 and proceed to further open position (such as those discussed below position), it is convex Contact between wheel 1104 and cam follower 1106 is converted to outer cam surface 1402 and outer driven member surface 1604.At these In further open position, for example, inner cam surface 1400 is remotely located from and does not contact interior driven member surface 1602.This Sample, as described herein, the responsiveness of the hinge 1100 between at least some positions is based on different cam and cam follower Which the surface profile on surface and change also based on being engaged on specific location surface.

Although in this discuss is to be in reference to specific outer driven member surface 1604 and specific outer cam surface 1402 Existing, it will be understood that, according to various realizations, similar feature and interaction are applied to other outer driven member surfaces and external cam Surface.

Figure 22 depicts the side with the hinge 1100 for being attached to cam 1104 and the support component 110 in position 2000 View 2200, it is such as introduced above.Side view 2200 shows the cam pin 2202 being positioned in cam 1104 and is positioned in The side view of plate pin 2204b in support plate 1108b.Described further below, cam pin 2202 is located so that it and plate Pin 2204b is engageable to allow cam 1104 and support plate 1108a, the engagement of 1108b.

Figure 23 depicts the diagonal line section 2300 of the hinge 1100 in position 2000 introduced above.It wraps in section 2300 Include hinge mount 1102, cam 1104 and support plate 1108a, 1108b.Further illustrate the cam pin being located in cam 1104 2202, in the plate pin 2204a in the support plate 1108a and plate pin 2204b in support plate 1108b.Plate pin 2204a is positioned It is slidable in the plate chamber 2302a in support plate 1108a, and in plate chamber 2302a.Plate pin 2204b is positioned in branch It in plate chamber 2302b in fagging 1108b, and is slidable in plate chamber 2302b.Being positioned in plate chamber 2302a is Spring 2304 is sold, the spring force of abutment plate pin 2204a is provided.

In at least some realizations, plate pin 2204a, 220b and cam pin 2202 are cylindrical.However, this not purport Be defined, and one or more of plate pin 2204a, 2204b and cam pin 2202 can be used it is any suitable Shape and/or form factor are realized.

Section 2300 also shows the longitudinal axis 2306 and horizontal axis of hinge 1100.In general, length of the longitudinal axis along hinge mount 1102 Distribution, and horizontal axis is along the width of hinge mount 1102.According to various realizations, the movement of the various assemblies of hinge 1000 can refer to this A little axis describe to orient.For example, during the opening and closing of hinge 1100, cam 1104 and support plate 1108a, 1108b phase The longitudinal axis 2306 is pivoted.Moreover, and as described below, the movement of cam pin 2202 and plate pin 2204a, 2204b and horizontal axis 2308 be in the same direction (such as axial).

Figure 24 depicts the fragmentary rear elevation view 2400 of the calculating equipment 102 with the support component 110 in position 2000. The rearview 2400 depicts at least some realizations, and when support component is moved to position 2000, still recess exists Support plate 1108a, 1108b in hinge mount 1102 and cam 1104 rotates out of hinge mount 1102.However, this is not intended to carry out Limitation, and in response to the movement of cam 1104, such as due to connecing between cam tracks 1302 and cam channel 1404 Touching, support plate 1108 can move.

Figure 25 depicts the support component 110 in position 2500.In at least some embodiments, position 2500 corresponds to Second preset opened position of support component 110, such as with reference to the position 600 of Fig. 6 explanation.Such as group will be supported in response to user Part 110 is further opened and crosses position 2000 introduced above, and support component 110 is placed in position 2500.Further solution The cross-sectional side view 2502 for calculating equipment 102 is said, which includes being attached to hinge in the first open position The support component 110 of the cam 1104 of chain 1100.Sectional view 2502 is for example corresponding to the section 1702 explained above.

According to each realization, movement of the support component 110 from position 2000 to position 2500 initially by come since first from The pressure against the first cam fastener 2102 of moving part fastener 2104 is resisted.However, when the movement of the first cam fastener 2102 When travelling over outer driven member point 2504, the pressure against the first cam fastener 2102 from outer driven member surface 1604 will be convex Position 2500 is arrived in 1104 driving of wheel.In position 2500, the first cam fastener 2102 is engaged with the second driven member fastener 2506.

For example, if user starts that support component 110 is opened for further crossing position 2000, but in the first cam button Part 2102 discharges support component 110, then cam 1104 and thus support component 110 before travelling over outer driven member point 2504 Snapped back into place is set in 2000.However, making the first cam fastener when the movement of support component 110 travels over position 2000 2102 when travelling over outer driven member point 2504, cam 1104 and thus support component 110 will be snapped in position 2500.Example Such as, consider that user discharges support group when the first cam fastener is between outer driven member point 2504 and the second driven member fastener 2506 Part 110.In this case, the slope profile on outer driven member surface 1604 and (is provided by hinge spring 1110) to come from The pressure of external cam driven member 1604 is independently of (such as user the apply) power externally applied by cam 1104 and thus Position 2500 is arrived in the driving of support component 110.

According to each realization, the engagement of the first cam fastener 2102 and the second driven member fastener 2506 is so that support component 110 It can be remained permanently in position 2500.For example, the spring pressure from hinge spring 1110 keeps the second driven member fastener 2506 against the first cam fastener 2101, and thus avoid cam 1104 and in turn support component 110 from position 2500 be detached from, Unless applying enough external force.In this way, in the case where the power not applied to support component 110 directly and/or indirectly, first Cam fastener 2102 would not depart from the second driven member fastener 2506.

For example, hinge 1100 is constructed such that unless specified threshold power is applied in support component 110, otherwise hinge 1100 would not depart from position 2500.In at least some realizations, to support more than the threshold value closing force against support component 110 Component 110 is transferred back to position 2000, and more than the threshold value opening force against support component 110 that support component 110 is further Opening crosses position 2500.

Pay attention in position 2500, the second cam fastener 2508 is engaged with the cam stop part 2510 of support plate 1108.Such as Be described in detail further below, the engagement of the second cam fastener 2508 and cam stop part 2510 allow the movement of support plate 1108 with Support more open positions of support component 110.

Figure 26 depicts the support component 110 in position 2500, such as introduced above.Further illustrate calculating equipment 102 cross-sectional side view 2600, the calculating equipment 102 include the cam for being attached to hinge 1100 in the second open position 1104 support component 110.Sectional view 2600 is for example corresponding to the section 1704 explained in Figure 17.

When sectional view 2600 depicts support component 110 and is in position 2500, inner cam surface 1400 not with interior driven member Surface 1602 contacts.As described above, cam 1104 and cam follower in each open position after open position 2000 Contact between 1106 appears in (to be shown) in other attached drawings between outer cam surface 1402 and outer driven member surface 1604, and And it is not present between inner cam surface 1400 and interior driven member surface 1602.

Figure 27 depicts the side with the hinge 1100 for being attached to cam 1104 and the support component 110 in position 2500 View 2700, it is such as introduced above.Side view 2700 shows the side view for the plate pin 2204b being located in support plate 1108b.Such as Under be described in further detail, in position 2500, cam pin 2202 (being not shown here) is engaged with plate pin 2204b.

Figure 28 depicts the partial cross section 2800 of the hinge 1100 in position 2500 introduced above.Section 2800 includes Hinge mount 1102, cam 1104 and support plate 1108a, 1108b.In position 2500, plate pin 2204b, cam pin 2202 and Plate pin 2204a is aligned, such as is axially aligned.For example, movement of the cam 1104 from position 2000 to position 2500 is so that plate pin 2204a, 2204b are aligned with cam pin 2202.Note that plate pin 2204a, 2204b holding are limited in corresponding in position 2500 Plate chamber 2302a, 2302b in.For example, plate pin 2204a is pressed against cam pin 2202 by the spring pressure for carrying out self-marketing spring 2304, This is so that cam pin 2202 presses against plate pin 2204b.However, the siding track 2802 of hinge mount 1102 limits plate pin The movement of 2204b, and avoid plate pin 2204b and skid off plate chamber 2302b, and this avoid cam pins 2202 and plate pin 2204a's slides laterally.

Figure 29 depicts the fragmentary rear elevation view 2900 of the calculating equipment 102 with the support component 110 in position 2500. Further illustrate cam 1104 and support plate 1108a, 1108b.

Figure 30 depicts the support component 110 in position 3000.In at least some embodiments, position 3000 corresponds to First preset opened position of support component 110, the position 800 such as explained with reference to Fig. 8 a.Such as it will be supported in response to user Component 110 is further opened and crosses position 2500 introduced above, and support component 110 is placed in position 3000.Further The cross-sectional side view 3002 for calculating equipment 102 is illustrated, which includes being attached in third open position The support component 110 of the cam 1104 of hinge 1100.Sectional view 3002 is for example corresponding to the section 1702 explained in Figure 17.

According to each realization, movement of the support component 110 from position 2500 to position 3000 initially by come since second from The pressure against the first cam fastener 2102 of moving part fastener 2506 is resisted.However, when the movement of the first cam fastener 2102 When travelling over outer driven member point 3004, the pressure against the first cam fastener 2102 from outer driven member surface 1604 will be convex Position 3000 is arrived in 1104 driving of wheel.In position 3000, the first cam fastener 2102 is engaged with outer driven member surface 1604.

For example, if user starts that support component 110 is opened for further crossing position 2500, but in the first cam button Part 2102 discharges support component 110, then cam 1104 and thus support component 110 before travelling over outer driven member point 3004 Occlusion is returned in position 2500.However, making the first cam fastener when the movement of support component 110 travels over position 2500 2102 when travelling over outer driven member point 3004, cam 1104 and thus support component 110 will be snapped in position 3000.Example Such as, consider that user discharges support component 110 when the first cam fastener 2102 crosses outer driven member point 3004.In such situation Under, the slope profile on outer driven member surface 1604 and (is provided by hinge spring 1110) to support from outer driven member surface 1604 By the first cam fastener 2102 pressure independently of (such as user the apply) power externally applied by cam 1104 and by Position 3000 is arrived in the driving of this support component 110.

For example, hinge 1100 is constructed such that unless specified threshold power is applied in support component 110, otherwise hinge 1100 would not depart from position 3000.

It further illustrates when being moved to position 3000 from position 2500, the second cam fastener 2508 and cam stop part 2510 engagement is so that support plate 1108a rotates together with cam 1104.In general, the movement of support plate 1108a, 1108b Hinge 1100 is enabled to provide stability to support component 110 when being opened to each open position.

Figure 31 depicts the support component 110 in position 3000 such as introduced above.Further illustrate calculating equipment 102 cross-sectional side view 3100, the calculating equipment 102 include the cam for being attached to hinge 1100 in third open position 1104 support component 110.Sectional view 3100 is for example corresponding to the section 1700 explained in Figure 17.

Such as herein explain, in position 3000, support plate 1108b is partly prominent from hinge mount 1102.Support Plate 1108b is to the support that the movement of position 3000 is for example based on panel guide 1204 and support plate 1108b in hinge mount 1102 Docking between channel 1306.Moreover, the board fastener 3102 of support plate 1108b is contacted with the driven member of cam follower 1106 3104 engagements.Board fastener 3102, for example, indicating the raised portion of the outer rim of support plate 1108b.According to various realizations, board fastener 3102 engagements that 3104 are contacted with driven member provide the resistance to the support plate 1108b just rotated towards another open position Power, unless enough power is applied to support component 110.

For example, the engagement that board fastener 3102 contacts 3104 with driven member allows support component 110 that can be remained permanently in position Set 3000.Spring pressure from hinge spring 1110 for example keeps driven member contact 3104 against board fastener 3102, and this Sample avoids support plate 1108b and support component 110 is detached from from position 3000 in turn, unless being applied with enough external force.

Figure 32 depicts the side with the hinge 1100 for being attached to cam 1104 and the support component 110 in position 3000 View 3200, it is such as introduced above.Side view 3200 shows the side view for the plate pin 2204b being located in support plate 1108b.Such as Under be described in further detail, in position 3000, cam pin 2202 is engaged with plate pin 2204b.Side view 3200 is also shown and cam The board fastener 3102 of 2104 engagement of driven member contact of driven member 1106.

As further described in Figure 32, the second cam fastener 2508 is engaged with cam stop part 2510, as described above. According to various realizations, this engagement allows pin described herein to keep alignment when hinge is opened and surmounted from position 2500, such as Under be described in further detail.

Figure 33 depicts the partial cross section 3300 of the hinge 1100 in position 3000 introduced above.Section 3300 includes Hinge mount 1102, cam 1104 and support plate 1108a, 1108b.In position 3000, plate pin 2204b, cam pin 2202 and Plate pin 2204a is aligned, such as is axially aligned.Moreover, support plate 1108b is spun out from hinge mount 1102 far makes plate enough 2204b is sold to be detached from from siding track 2802.Siding track 2802 is for example not limited in the lateral of the plate pin 2204b in position 3000 and moves It is dynamic.Therefore, plate pin 2204a is pressed against cam pin 2202 by the spring pressure for carrying out self-marketing spring 2304, this applies pressure in turn and supports Backup plate pin 2204a.Because plate pin 2204a is no longer limited by siding track 2802, plate pin 2204a is slided in plate chamber 2302b, this permits Perhaps cam pin 2202 slides laterally relative to cam 1104, and plate pin 2204a is allowed to slide in plate chamber 2302a.In general, plate Sell 2204a, 2204b and cam pin 2202 relative to hinge mount 1102 laterally (it is i.e. parallel in the same direction and/or with horizontal axis 2308 and It is normal (orthogonal) with the longitudinal axis 2306) sliding.Moreover, during the opening and closing of hinge 1100, cam 1104 and support Plate 1108a, 1108b are pivoted relative to the longitudinal axis 2306 and are rotated relative to horizontal axis 2308.

The sliding of different pins is paid attention to so that cam pin 2202 is engaged in plate chamber 2302b inner part, and makes plate pin 2204a It is engaged in 1104 inner part of cam.Moreover, plate pin 2204b not exclusively slides out from plate chamber 2302b, but pass through plunger 3302 It prevents from exiting from plate chamber 2302b completely, the plunger 3302 is engaged with the narrow portion of plate chamber 2302b.As indicated, plunger 3302 compares The exterior section of plate chamber 2302b is wider, and therefore avoids plate pin 2204b disengaging plate chamber 2302b.

In general, cam 1104 is tied to support plate 1108a, 1108b by the engagement of this various pins, so that cam 1104 is got over The further opening for crossing position 3000 experienced the movement of support plate 1108a, 1108b together with cam 1104.Such as to support The resistance of the movement of plate 1108a, 1108b produces the corresponding resistance of the movement to cam 1104, because cam 1104 passes through Plate pin 2204a and cam pin 2202 and support plate 1108a, 1108b are physically interlocked.

Note that the interior surface of the neighbouring support plate 1108b of siding track 2802 is intilted.In general, working as hinge 1100 when pivoting back to closed position from position 3000, and plate pin 2204b is pushed inwardly into plate chamber by the inclined surface of siding track 2802 In 2302b.Plate pin 2204b applies corresponding inward pressure against cam pin 2202, and pressure application is abutted to plate in turn by this Sell 2204a.When hinge is pivoted back to position 2500, cam pin 2202 from support plate 1108b be detached from, and plate pin 2204a from Cam 1104 is detached from.In general, this disengaging is described in Figure 28.

Figure 34 depicts the fragmentary rear elevation view 3400 of the calculating equipment 102 with the support component 110 in position 3000. Rearview 3400 depicts in position 3000, and support plate 1108a, 1108b is partly prominent from hinge mount 1102.

Figure 35 depicts the side view of the calculating equipment 102 with the support component 110 in position 3500.At least one In a little embodiments, position 3500 corresponds to the 4th preset opened position of support component 110, the position such as explained with reference to Fig. 8 b 810.Such as support component 110 is further opened in response to user and crosses position 3000 introduced above, 110 quilt of support component It is placed in position 3500.

Figure 35 is further depicted with the hinge 1100 for being attached to cam 1104 and the support component 110 in position 3500 Side view 3502.Side view 3502 shows the side view for the plate pin 2204b being located in support plate 1108b.In position 3500 In, cam pin 2202 is engaged with support plate 1108b, and plate pin 2204a is engaged with cam 1104.One example of this engagement is retouched It draws above with reference to described in Figure 33.In general, the engagement of this various pins component different from hinge 1100 is by cam 1104 and support Plate 1108a, 1108b interlocking, in this way, cam 1104, which pivots away from position 3500 just, experienced the phase of support plate 1108a, 1108b It should move.

Side view 3502 also shows the plate retainer on the support plate 1108b for contacting 3104 engagements with driven member 3504.Plate retainer 3504, for example, indicating the recess in the surface of the outer rim of support plate 1108b.In general, coming from hinge spring For 1110 spring pressure applied force against cam follower 1106, driven member contact 3104 is maintained at plate retainer 3504 by this It is interior.

According to each realization, movement of the support component 110 from position 3000 to position 3500 from driven member initially by connecing Touching 3104 is resisted against the pressure of board fastener 3102.However, the movement when board fastener 3102 relative to driven member contact 3104 When travelling over the fastener point 3506 on board fastener 3102, from driven member contact 3104 against the oblique back side of board fastener 3102 Pressure-driven support plate 1108b is to position 3500.As detailed above, the engagement of various pins component different from hinge 1000 is by cam 1104 interlock with support plate 1108a, 1108b.In this way, cam 1104 and attached support component 110 are by along support plate 1108a, 1108b drive to position 3500.

For example, if user starts to be opened for support component 110 further to cross position 3000, but in board fastener 3102 Travel over relative to driven member contact 3104 fastener point 3506 before discharge support component 110, then support plate 1108b and And then cam 1104 and support component 110 set snapped back into place in 3000.However, the mobile traveling when support component 110 is got over Cross position 3000 make board fastener 3102 travel over relative to driven member contact 3104 fastener point 3506 when, support plate 1108b and thus cam 1104 and support component 110 will be snapped in position 3500.For example, it is contemplated that when fastener point 3506 is got over It crosses and contacts 3104 users when contacting with driven member and discharge support component 110.In this case, the back side of board fastener 3102 Slope profile makes and (is provided by hinge spring 1110) inclined surface for contacting 3104 against board fastener 3102 from driven member Pressure independently of (such as user the apply) power externally applied by support plate 1108b and thus cam 1104 and support Position 3500 is arrived in the driving of component 110.

As depicted in figure 35, in position 3500, cam 1104 does not contact cam follower 1106.However, convex Wheel 1104 is engaged by one or more pins with one or more support plates 1108a, 1108b, as described above.In this way, passing through pin Interlocking mechanism provided by interaction with the various assemblies of hinge 1100 allows through support plate 1108a, 1108b and cam The interaction distribution of torque generated of driven member 1106 affects the movement of cam 1104, and thus allows cam 1104 The angle that cam 1104 cannot be engaged directly with cam follower 1106 is opened to attached support component 110.

In at least some realizations, position 3500 is considered the maximum of support component 110 in normal operation condition Open position.For example, torque needed for hinge-opening 1100 further crosses position 3500 is noticeably greater than hinge 1100 from closing Coincidence is set be opened to above-mentioned various other open positions needed for torque.As explained further below, hinge 1100 is mobile It is possible for crossing position 3500, but is considered as a kind of preventing when additional power is applied to support component 110 to support The emergency escape option of the destruction of component 110.

Figure 36 depicts the support component 110 in position 3600.Position 3600 for example indicates support component 110 from fully closed Coincidence sets (for example, from position 1800 discussed above) and has rotated about 180 degree (+/- 10 °).In at least some embodiments, Position 3600 corresponds to emergency escape position, which is provided to prevent to support component 110 and/or other groups The destruction of part.For example, support component 110 to cross position 3500 (for example, the 4th preset opened position) discussed above into The rotation of one step open position is not considered as normal operating condition.However, such rotation can be for example in response to various things Part is not intended to occur.

For example, it is contemplated that calculate equipment 102 be just disposed along with the support component in the position 3500 desk or other On surface.User can by accident place the object of such as book etc on computing device 102, and enough power is applied to branch by this On support component 110, so that 110 disengaging configuration 3500 of support component and being rotated in place 3600.In general, making support component 110 be rotated in place 3600 from position 3500 needed for power be noticeably greater than and between other open positions discussed above change institute The power needed.

The side view 3602 of the hinge 1100 in position 3600 is further illustrated in Figure 36, hinge 1100 includes hinge Frame 1102, cam 1104, cam follower 1106 and support plate 1108.In position 3600, cam 1104 is detached from cam follower 1106, even and if support plate 1108 holding engaged with cam follower 1106 to allow hinge 1100 in emergency escape occasion It can also act as integrated and interconnection mechanism.Discussed further below, this, which enables a user to enough the smallest effort, makes support group Part 110 returns to operating position (for example, one of preset opened position discussed above).For example, user can be in direction 3604 It is middle to 110 applied force of support component to allow support component 110 back to above-mentioned one or more positions.

When hinge 1100 is in position 3600, plate pin 2204a, 2204b and cam pin 2202 are kept as described above Engagement.It experienced support plate 1108a, 1108b and cam 1104 together in this way, support component 110 is closed from position 3600 It is mobile.When the closure of hinge 1100 is converted to position 2500 from position 3000, plate pin 2204a, 2204b and cam pin 2202 It is pushed inwardly, and cam pin 2202 is detached from from support plate 1108b in turn, and plate pin 2204a is detached from from cam 1104.This permits Perhaps cam 1104 marches to closed position in the case where not carrying out the resistance of self-supporting slab 1108a, 1108b.

Figure 37 depicts the side view 3700 of the hinge 1100 in position 3600, such as referenced above.Side view 3700 is retouched Drawn in position 3600, cam 1104 by the engagement of cam channel 1404 and cam tracks 1302 come with support plate 1108a, 1108b engagement.Moreover, support plate 1108a, 1108b by support channel 1306 and panel guide 1204 engagement come with hinge mount 1102 engagements.This engagement of cam 1104 and support plate 1108 and support plate 1108 and hinge mount 1102 allows hinge 1100 Each component can be kept in position 3600 interconnection.Even if being removed completely as a result, in cam 1104 from hinge mount 1102 In the case of, support component 110, which also remains attached to, calculates equipment 102, and can be returned normal operating position, such as above to beg for By those of position.

Figure 38 illustrates the bottom view 3800 of the hinge 1100 in position 3600.View 3800 illustrates support plate 1108b is by supporting channel 1306 to engage with the engagement of panel guide 1204 with hinge mount 1102.

Therefore, each embodiment described herein, which provides, allows attached component (such as support component) in multiple default positions The stable hinge mechanism being adjusted between setting.It will be understood that example apparatus orientation as described above, support component position, hinge Position etc. is all that purpose only by way of example is presented.In this way, what is be not explicitly mentioned here is a variety of different Equipment orientation, support component position, hinge position, hinge predeterminated position and torque value can also be in the essences of required embodiment It is implemented in mind and range.

For example, the attachment mechanism (such as hinge 1100 as described above) for support component to be attached to calculating equipment can To include the suitable preset stopping position of any number and/or configuration so that support component can be opened to various differences Position with support it is various calculate equipment various orientations.Moreover, example hinge can be attached according to required embodiment At any suitable position and/or part of support component and/or calculating equipment.

Example system and equipment

Figure 39 illustrates generally the example system including Example Computing Device 3902 at 3900, the Example Computing Device generation The one or more computing systems and/or equipment of various techniques described herein may be implemented in table.In at least some realizations, meter It calculates equipment 3902 and illustrates the realization discussed above for calculating equipment 102.Calculating equipment 3902 can for example be configured to by making The shell for grasping and carrying by one or more hands of user is set as with shapes and sizes to use mobile configuration, these Calculating example illustrated by equipment includes mobile phone, moving game and musical instruments and tablet computer, but is also contemplated by Other examples.In at least some realizations, wearable device, such as smartwatch, intelligence can be implemented as by calculating equipment 102 Glasses etc..

Illustrated by Example Computing Device 3902 include processing system 3904, one or more computer-readable medium 3906 and one or more I/O interfaces 3908 for coupling with being in communication with each other.It can be into although not shown, calculating equipment 3902 One step includes system bus or other data and order Transmission system that various assemblies intercouple.System bus may include Any of different bus architectures or combinations thereof, such as memory bus or Memory Controller, peripheral bus, general serial Bus and/or processor or local bus using any one of various bus architectures.Also contemplate various other show Example, such as control and data line.

Processing system 3904 indicates the function that one or more operations are executed using hardware.Correspondingly, processing system 3904 It is illustrated as including the hardware element 3910 that can be configured to processor, functional block etc..This may include as dedicated integrated electricity Road uses the realization in the hardware of other logical device of one or more semiconductors compositions.Hardware element 3910 is not formed The limitation of their material or the treatment mechanism wherein utilized.For example, processor can be by semiconductor and/or transistor (example Such as, electronic integrated circuit (IC)) it constitutes.In this context, processor-executable instruction can be and can electronically execute Instruction.

Computer readable storage medium 3906 is illustrated as including memory/storage 3912.Memory/storage 3912 indicates Memory/memory capacity associated with one or more computer-readable mediums.Memory/storage component 3912 may include easy Lose property medium (such as random access memory (RAM)) and/or non-volatile media (such as read-only memory (ROM), flash memory, CD, disk etc.).Memory/storage component 3912 may include mounting medium (for example, RAM, ROM, fixed disk drive Deng) and removable medium (such as flash memory, removable hard disk drive, CD etc.).Computer-readable medium 3906 can be with The various modes that are described further below configure.

(all) input/output interfaces 3908 indicate the function of allowing user to input order and information to calculating equipment 3902, And also allow that information is presented to user and/or other components or equipment using various input-output apparatus.Input equipment shows Example includes keyboard, cursor control device (for example, mouse), microphone, scanner, touch function (for example, capacitive or be configured To detect other sensors of physical touch), camera is (for example, can be used visible or such as infrared frequency nonvisible wavelength The posture for being identified as not being related to touching will be moved), etc..The example of output equipment include display equipment (for example, monitor or Projector), loudspeaker, printer, network interface card, haptic response apparatus, etc..Therefore, calculating equipment 3902 can be according to various side Formula come configure with support user interaction.

It calculates equipment 3902 and is also illustrated as communicatedly and is physically coupled to input equipment 3914, which can physics Ground and communicatedly from calculate equipment 3902 remove.By this method, a variety of different input equipments may be coupled to calculate equipment 3902, to have various configurations to support various functions.In this example, input equipment 3914 includes one A or multiple keys 3916, the one or more key can be configured to pressure sensitive key, mechanical switch key, etc..

Input equipment 3914 is also illustrated as including the one or more modules 3918 that can be configured to support various functions.This One or more modules 3918 for example can be configured to handle the analog and/or digital signal received from key 3916 No desired keystroke, determine input whether indicate static pressure, support to the certification of input equipment 3914 so as to calculate equipment 3,902 1 Play operation etc..

It herein can be in the general various technologies of described in the text up and down of software, hardware element or program module.In general, This kind of module includes routines performing specific tasks or implementing specific abstract data types, programs, objects, element, component, data Structure etc..Terms used herein " module ", " function " and " component " typically represent software, firmware, hardware or combinations thereof.Herein Respectively being characterized in for the technology of description is platform-independent, to mean that the technology can be in the various commercial meters with various processors It calculates and is realized on platform.

The realization of described module and technology can be stored on some form of computer-readable medium or across certain The computer-readable medium transmission of kind form.Computer-readable medium may include various Jie that can be accessed by calculating equipment 3902 Matter.As an example, not a limit, computer-readable medium may include " computer readable storage medium " and " computer-readable signal Medium ".

" computer readable storage medium " can refer to relative to the transmission of only signal, carrier wave or signal itself, enabling pair The medium and/or equipment of the persistent storage of information.Therefore, computer readable storage medium refers to non-signal bearing medium.It calculates Machine readable storage medium storing program for executing include be suitable for store such as computer readable instructions, data structure, program module, logic element/ The method or technique of circuit or other data etc. come realize such as volatile and non-volatile, removable and irremovable Jie Matter and/or the hardware for storing equipment.The example of the computer readable storage medium includes but is not limited to, RAM, ROM, EEPROM, Flash memory or other memory technologies, CD-ROM, digital versatile disc (DVD) or other optical storages, hard disk, cassette, tape, magnetic Disk storage or other magnetic storage apparatus or be applicable to storage information needed and can by computer access other storages set Standby, tangible medium or product.

" computer-readable signal media ", which can refer to, to be configured as such as passing via network to the hardware for calculating equipment 3902 Send the signal bearing medium of instruction.Signal media usually uses the modulated numbers such as carrier wave, data-signal or other transmission mechanisms It is believed that number embodying computer readable instructions, data structure, program module or other data.Signal media further includes any information Transmission medium.Term " modulated message signal ", which refers to have, is set in a manner of encoded information in the signal or changes one The signal of a or multiple features.As an example, not a limit, communication media includes wired medium, such as cable network or direct line Road connection and wireless medium, such as acoustics, RF, infrared ray and other wireless mediums.

As previously described, hardware element 3910 and computer-readable medium 3906 indicate the mould realized in the form of hardware Block, programmable device logic and/or fixed equipment logic can be used by some embodiments to realize technique described herein At least some of aspect such as executes one or more instructions.Hardware may include integrated circuit or system on chip, specific integrated circuit (ASIC), field programmable gate array (FPGA), Complex Programmable Logic Devices (CPLD), and with silicon or other hard-wired Component.In this context, hardware is operable as executing the place of program task by instruction and/or by hard-wired logic Equipment is managed, and is used to the hardware (computer readable storage medium as described above) of instruction of the storage for execution.

The combination of front also may be utilized to realize various technologies described herein.Therefore, software, hardware, or it is executable Module can be implemented as on some form of computer readable storage medium and/or by one or more 3910 realities of hardware elements Existing one or more instructions and/or logic.It calculates equipment 3902 and can be configured to realize and correspond to software and/or hardware modules Specific instruction and/or function.Therefore, can be used as the module that software is executed by calculating equipment 3902 realization can at least partly with Hardware is completed, for example, by using computer readable storage medium and/or the hardware element of processing system 3,904 3910.Instruction And/or function can be one or more products (for example, one or more calculate equipment 3902 and/or processing system 3904) can Execute/operable, to realize technique described herein, module and example.

Realization described herein includes:

Example 1: a kind of equipment, comprising: be pivotally attached to the movable-component at the rear portion of the equipment；And have Multiple preset opened positions and the hinge that a part of movable-component is attached to the equipment, the hinge includes: hinge Frame；The support plate rotatably engaged with the hinge mount；The cam rotatably engaged at least one described support plate, institute It states cam and is attached to movable-component to allow movable-component to the pivotable attached of linkage；Spring loaded pin, quilt It is located so that cam allows pin to engage cam with support plate relative to support plate to the pivot of specific open position, and convex Further pivot of wheel causes support plate to pivot relative to the corresponding of hinge mount；And cam follower, pivotly pacified Set in the hinge mount and be positioned such that at least some of the multiple preset opened position position, cam from Moving part is docked with cam to provide the resistance to changing between at least some positions in the multiple preset opened position Power.

Example 2: such as the equipment described in example 1, wherein pin includes the intracavitary plate pin being located in support plate, it is described Support plate further includes pin spring, and the pin spring is positioned in power that is intracavitary and applying abutment plate pin to allow plate pin relative to branch Fagging slides and pivots in response to cam to specific open position and engage cam.

Example 3: the equipment as described in one or more examples in example 1 or 2, wherein pin includes slideably by extremely Small part is located in the spring loaded plate pin in support plate, and the support plate further includes pin spring, and the pin spring applies The power of abutment plate pin to allow plate pin to slide relative to support plate and be slid laterally relative to hinge mount, in response to cam to spy Determine open position to pivot and engage cam.

Example 4: the equipment as described in one or more examples in example 1-3, wherein pin includes slideably by extremely Small part is located in the spring loaded plate pin in support plate, and the support plate further includes pin spring, and the pin spring applies The power of abutment plate pin is to allow plate pin to beat in the square upward sliding orthogonal with the pivotal orientation of cam and in response to cam to specific Open position pivots and engages cam.

Example 5: the equipment as described in one or more examples in example 1-4, wherein the pin includes cam pin, institute It states cam pin and is positioned in the intracavitary of cam and engage support plate to pivot in response to cam to specific open position.

Example 6: the equipment as described in one or more examples in example 1-5, wherein support plate and cam follower It is engaged in one or more positions of multiple preset opened positions, so that in one or more positions of multiple preset opened positions Pivot of the support plate relative to hinge mount, and plate pin are resisted in the interaction between support plate and cam follower set Engagement with cam allows support plate to provide the resistance to cam relative to the pivot of hinge mount.

Example 7: the equipment as described in one or more examples in example 1-6, wherein pin can be in the chamber in cam Engagement to pivot in response to cam to specific open position engages support plate, and wherein cam relative to hinge mount from specific Open position allows pin to be detached from from cam to the pivot of closed position.

Example 8: the equipment as described in one or more examples in example 1-7, wherein the of support plate and hinge mount One inner surface is rotatably engaged, and cam is rotatably engaged with the support plate on the first side of cam, and hinge also wraps Include the different support plates being rotatably engaged from the second inner surface of hinge mount, and cam in second side of cam The different support plate is rotatably engaged.

Example 9: the equipment as described in one or more examples in example 1-8, wherein the support plate and hinge mount The first inner surface be rotatably engaged, cam is rotatably engaged with the support plate on the first side of cam, and hinge Further include: the different support plates being rotatably engaged from the second inner surface of hinge mount, wherein cam with the second of cam Different support plates on side are rotatably engaged；And it is slideably at least partially positioned at the cam pin in cam, wherein Cam causes pin to apply the pressure against cam pin relative to support plate to the pivot of specific open position, so that cam pin is opposite It is engaged in cam slide and from the different support plate.

Example 10: the equipment as described in one or more examples in example 1-9, wherein the equipment includes mobile meter Equipment is calculated, and the movable-component can be relative to the machine frame movement for calculating equipment.

Example 11: a kind of hinge, comprising: hinge mount has the support being rotatably disposed on the inner surface of hinge mount Plate；The cam being rotatably disposed on the inner surface of support plate, the cam include convex for movable-component to be arranged to The placing portion of wheel；Spring loaded pin, the spring loaded pin be slidably positioned so that cam relative to support plate to spy The pivot for determining open position allows pin to engage cam with support plate, and the further pivot of cam causes support plate opposite In the corresponding pivot of hinge mount；The cam follower being pivotally arranged in hinge mount；And hinge spring, it is placed in hinge In frame and to cam follower applied force cam follower is kept and cam contact at least some of position of hinge.

Example 12: such as the hinge described in example 11, wherein the plate that pin is positioned in support plate is intracavitary, it is described Support plate further includes pin spring, the pin spring be positioned in plate it is intracavitary and apply against pin power to allow pin relative to support Plate slides and pivots in response to cam to specific open position and engage cam.

Example 13: the hinge described in the one or more of example 11 or 12, wherein support plate further includes pin spring, institute It states pin spring and applies the power against pin to allow pin in the square upward sliding orthogonal with the pivotal orientation of cam and in response to cam It is pivoted to specific open position and engages cam.

Example 14: the hinge as described in one or more examples in example 11-13, wherein support plate and hinge mount First inner surface is rotatably engaged, and cam is rotatably engaged with the support plate on the first side of cam, and hinge is also Including the different support plates that the second inner surface from hinge mount is rotatably engaged, and cam in second side of cam The different support plate be rotatably engaged.

Example 15: the hinge as described in one or more examples in example 11-14, wherein the support plate and hinge First inner surface of frame is rotatably engaged, and cam is rotatably engaged with the support plate on the first side of cam, and is cut with scissors Chain further include: the different support plates being rotatably engaged from the second inner surface of hinge mount, wherein cam with the of cam The different support plate on two sides is rotatably engaged；And it is slideably at least partially positioned at the cam pin in cam, Wherein cam causes pin to apply the pressure against cam pin relative to support plate to the pivot of specific open position, so that cam pin It is engaged relative to cam slide and from the different support plate.

Example 16: the hinge as described in one or more examples in example 11-15, wherein the support plate and hinge First inner surface of frame is rotatably engaged, and cam is rotatably engaged with the support plate on the first side of cam, and is cut with scissors Chain further include: the different support plates being rotatably engaged from the second inner surface of hinge mount, wherein cam with the of cam The different support plate on two sides is rotatably engaged；The cam pin being slideably at least partially positioned in cam；And Different pins, the different pin are slideably at least partially positioned in the different support plate and are positioned such that work as institute State hinge it is in the close position when, the sliding that the second inner surface of hinge mount limits the different pin is mobile, wherein cam phase For the pin alignment that support plate causes pin, cam pin different with this to the pivot of specific open position, and the different pin will It is not limited by the second inner surface of hinge mount, so that the support plate sliding that the different pin is different relative to this, the cam Pin is relative to cam slide, and the pin is slided relative to support plate to allow cam pin to be joined to the different support plate simultaneously And pin is joined to cam.

A kind of example 17: device, comprising: rack；And support component is pivotally attached to the hinge of rack, it is described Hinge can navigate in multiple preset opened positions relative to rack, and the hinge includes: hinge mount；Rotatably with hinge mount The support plate of engagement；The cam being rotatably engaged at least one support plate, the cam be attached to movable-component with Allow the component to the removable attached of linkage；Spring loaded pin, be slideably positioned such that cam relative to The pivot of support plate to specific open position allows pin that cam is engaged with support plate, and the further pivot of cam causes Support plate is pivoted relative to the corresponding of hinge mount；And cam follower, the cam follower are pivotally arranged at hinge In frame and be positioned such that at least some of multiple preset opened positions position cam follower docked with cam with It provides for the resistance changed between at least some of the multiple preset opened position position.

Example 18: such as the device described in example 17, intracavitary in support plate, the support plate is positioned in wherein selling It further include pin spring, the pin spring is positioned in intracavitary and applies the power against pin to allow pin to slide simultaneously relative to support plate It is pivoted in response to cam to specific open position and engages cam.

Example 19: the device as described in example 17 or 18, wherein support plate further includes pin spring, and the pin spring applies Against the power of pin with allow pin the square upward sliding orthogonal with the pivotal orientation of cam and in response to cam to specific open position It sets pivot and engages cam.

Example 20: the device as described in example 17-19, wherein support plate further includes pin spring, and the pin spring applies Against the power of pin to allow pin to slide relative to support plate and be slid laterally relative to hinge mount, to be beaten in response to cam to specific Open position pivots and engages cam.

Conclusion

Although with each example implementation of the dedicated language description of structural features and or methods of action, it is to be understood that, institute It is respectively realized defined in attached claims and is not necessarily limited to above-mentioned specific feature or action.On the contrary, these specific features and movement It is disclosed as the exemplary forms for realizing feature claimed.

Claims

1. a kind of equipment, comprising:

Pivotly it is attached to the movable-component at the rear portion of the equipment；And

Hinge, the hinge have multiple preset opened positions and a part of the movable-component are attached to described set Standby, the hinge includes:

Hinge mount；

The support plate rotatably engaged with the hinge mount；

The cam rotatably engaged at least one support plate, the cam are attached to the movable-component to allow It states movable-component and is pivotally attached to the linkage；

Spring loaded pin is positioned such that the cam allows institute relative to the pivot of the support plate to specific open position State pin and engage the cam with the support plate, and the cam it is further pivot cause the support plate relative to The corresponding of the hinge mount pivots；And

Cam follower is pivotally arranged in the hinge mount and is positioned such that in the multiple default open position It at least some of sets in position, the cam follower is docked with the cam to provide in the multiple default open position The resistance changed between at least some positions set.

2. equipment as described in claim 1, which is characterized in that wherein the pin includes the chamber being located in the support plate Interior plate pin, the support plate further include pin spring, and the pin spring is positioned in described intracavitary and applies against the plate pin Power to allow the plate pin to slide relative to the support plate and pivot in response to the cam to the specific open position And engage the cam.

3. equipment as described in claim 1, which is characterized in that wherein the pin includes slideably at least partly being positioned Spring loaded plate pin in the support plate, and the support plate further includes pin spring, and the pin spring applies against institute The power of plate pin is stated to allow the plate pin to slide relative to the support plate and slide laterally relative to the hinge mount, with response It is pivoted in the cam to the specific open position and engages the cam.

4. equipment as described in claim 1, which is characterized in that wherein the pin includes slideably at least partly being positioned Spring loaded plate pin in the support plate, and the support plate further includes pin spring, and the pin spring applies against institute The power of plate pin is stated to allow the plate pin in the square upward sliding orthogonal with the pivotal orientation of the cam and in response to described convex It takes turns and is pivoted to the specific open position and engage the cam.

5. equipment as described in claim 1, which is characterized in that wherein the pin includes cam pin, and the cam pin is determined Position engages the support plate in the intracavitary of the cam to pivot in response to the cam to the specific open position.

6. equipment as described in claim 1, which is characterized in that wherein the support plate is with the cam follower described Engaged in one or more positions of multiple preset opened positions so that in the one of the multiple preset opened position or The interaction between the support plate and the cam follower in multiple positions resists the support plate relative to institute State the pivot of hinge mount, and the engagement of the plate pin and the cam allow the support plate provide to the cam relative to The resistance of the pivot of hinge mount.

7. equipment as described in claim 1, which is characterized in that wherein the pin can be engaged in the chamber in the cam with Pivoted in response to the cam to the specific open position and engage the support plate, and wherein the cam relative to institute State hinge mount allows the pin to be detached from from the cam from the specific open position to the pivot of closed position.

8. equipment as described in claim 1, which is characterized in that wherein table in the support plate and the first of the hinge mount Face is rotatably engaged, and the cam is rotatably engaged with the support plate described on the first side of the cam, and described Hinge further includes the different support plates being rotatably engaged from the second inner surface of the hinge mount, and the cam with The different support plate in second side of the cam is rotatably engaged.

9. equipment as described in claim 1, which is characterized in that wherein table in the support plate and the first of the hinge mount Face is rotatably engaged, and the cam is rotatably engaged with the support plate on the first side of the cam, and the hinge Chain further include:

The different support plates being rotatably engaged from the second inner surface of the hinge mount, wherein the cam with described convex The different support plate in second side of wheel is rotatably engaged；And

The cam pin being slideably at least partially positioned in the cam,

Wherein the cam causes the pin to apply against institute relative to the support plate to the pivot of the specific open position The pressure of cam pin is stated, so that the cam pin is engaged relative to the cam slide and from the different support plate.

10. equipment as described in claim 1, which is characterized in that wherein the equipment includes mobile computing device, and institute Stating movable-component can be relative to the machine frame movement for calculating equipment.

11. a kind of hinge, comprising:

Hinge mount, with the support plate on the rotatable inner surface for being placed in the hinge mount；

The cam being rotatably disposed on the inner surface of the support plate, the cam include that movable-component is arranged to institute State the placing portion of cam；

Spring loaded pin is slideably positioned such that pivot of the cam relative to the support plate to specific open position Turn that the pin is allowed to engage the cam with the support plate, and the further pivot of the cam causes the support Plate is pivoted relative to the corresponding of the hinge mount；

The cam follower being pivotally arranged in the hinge mount；And

Hinge spring, be placed in the hinge mount and exert a force to the cam follower make the hinge extremely Cam follower described in few some positions is kept and the contact of the cam.

12. hinge as claimed in claim 11, which is characterized in that wherein the pin is positioned in the plate chamber in the support plate Interior, the support plate further includes pin spring, the pin spring be positioned in the plate it is intracavitary and apply against the pin power with The pin is allowed to slide relative to the support plate and pivot in response to the cam to the specific open position and engage institute State cam.

13. hinge as claimed in claim 11, which is characterized in that wherein the support plate further includes pin spring, the pin bullet Spring applies the power against the pin to allow the pin in the square upward sliding orthogonal with the pivotal orientation of the cam and respond It is pivoted in the cam to the specific open position and engages the cam.

14. hinge as described in claim 11, which is characterized in that wherein in the support plate and the first of the hinge mount Surface is rotatably engaged, and the cam is rotatably engaged with the support plate on the first side of the cam, and The hinge further includes the different support plates being rotatably engaged from the second inner surface of the hinge mount, and the cam It is rotatably engaged from the different support plate in second side of the cam.

15. hinge as described in claim 11, which is characterized in that wherein in the support plate and the first of the hinge mount Surface is rotatably engaged, and the cam is rotatably engaged with the support plate on the first side of the cam, and The hinge further include:

The cam pin being slideably at least partially positioned in the cam,